conveyor belt with inlay magnetic

Conveyor Belt with Inlay Magnetic technology is a specialized material handling solution where magnets are embedded or integrated directly within the belt structure. This design allows the belt to provide a consistent magnetic force across its surface to hold, stabilize, or separate ferrous metal objects during transit.

Technical Specifications

Base Material	PU (Polyurethane), PVC, or Rubber.
Thickness	3mm-10mm（customization）
Surface	lozenge effect
coating	PU（Embedded magnetic strip）
Magnet Type	Neodymium (for high pull force) or Ferrite (for cost-effectiveness).
Magnetic Pattern	Full surface coverage, centered strips, or specific pitch-matched inlays.
Temperature Range	-20-+80℃
Belt Profiles	Available in PU timing belts, or flat conveyor belts

Features & Construction

• Integrated Magnetic Inserts: High-strength permanent magnets (such as Neodymium or Ferrite) are inlaid within the belt’s carcass or beneath the top cover.
• Surface Protection: The magnetic inlay is typically covered by a durable layer of PU, PVC, or rubber, protecting the magnets from impact, moisture, and corrosion.
• Synchronous or Flat Design: This technology can be applied to both timing belts (for precise indexing) and standard flat conveyor belts.
• Reinforcement: The belts often feature steel or Kevlar cords to handle the added weight and tension of the magnetic system.

Advantages

• Secure Vertical Conveying: Allows ferrous parts to be transported at steep inclines or even vertically (90°) without slipping.
• Precision Indexing: In timing belt applications, the magnetic force ensures that small metal parts stay perfectly aligned with the belt’s teeth for robotic pick-and-place.
• Stabilization: Prevents lightweight metal parts (like jar lids or small stampings) from shifting or tumbling due to high-speed vibrations.
• Upside-Down Transport: Magnetic belts can hold parts on the underside of the conveyor, enabling complex “suspension” transport lines.

Product video

Applications

• Automotive Stamping: Transporting small metal stampings, washers, and fasteners through oily environments.
• Canning and Bottling: Moving metal lids, caps, or tin cans through high-speed filling and capping stations.
• Electronics Manufacturing: Securely handling small ferrous components or shielded casings during assembly.
• Metal Sorting & Recycling: Pulling small ferrous debris out of a material stream or organizing parts for secondary processing.